This is why we developed the Quantifly project: a combination of a bacterial biosensor, perfectly adapted to on-field measurements, and an innovative drone that will allow us to easily and rapidly quantify the amount of VOCs in the air. The biosensor relies on bioluminescence, a biochemical phenomenon that is commonly used in cell imaging. We are trying to develop a new application for bioluminescence that should allow us to create a biosensor of a new kind, entirely different from the existing devices.

If you’ve followed along and done the steps above, you’ve created a good starting place. You’re going to need to make sure your pages are optimized properly.

This is why we developed the Quantifly project: a combination of a bacterial biosensor, perfectly adapted to on-field measurements, and an innovative drone that will allow us to easily and rapidly quantify the amount of VOCs in the air. The biosensor relies on bioluminescence, a biochemical phenomenon that is commonly used in cell imaging. We are trying to develop a new application for bioluminescence that should allow us to create a biosensor of a new kind, entirely different from the existing devices.

If you’ve followed along and done the steps above, you’ve created a good starting place. You’re going to need to make sure your pages are optimized properly.

Concerning the drone, it is designed to safely contain our organisms and carry them on the field, thus acting as a mobile detection platform

Concerning the drone, it is designed to safely contain our organisms and carry them on the field, thus acting as a mobile detection platform